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# pki.test - Copyright (c) 2010 Roy Keene, Andreas Kupries
#
# the test-values are taken from:
# ??
# -------------------------------------------------------------------------
source [file join \
[file dirname [file dirname [file join [pwd] [info script]]]] \
devtools testutilities.tcl]
testsNeedTcl 8.5
testsNeedTcltest 2
support {
use asn/asn.tcl asn
use base64/base64.tcl base64
use des/des.tcl des
use math/bignum.tcl math::bignum
use md5/md5x.tcl md5 ;# md5 2.x!
use sha1/sha1.tcl sha1
use sha1/sha256.tcl sha256
use aes/aes.tcl aes
}
testing {
useLocal pki.tcl pki
}
# -------------------------------------------------------------------------
test rsa-parse-aeskey-1.0 {parse_key} -setup {
set privkey [asset-get test.key.aes]
set password "ARoseIsARoseIsARose"
} -body {
dictsort [::pki::pkcs::parse_key $privkey $password]
} -cleanup {
unset privkey password
} -result [asset-get result/aes-key]
test rsa-parse-deskey-1.0 {parse_key} -setup {
set privkey [asset-get test.key.des]
set password "ARoseIsARoseIsARose"
} -body {
dictsort [::pki::pkcs::parse_key $privkey $password]
} -cleanup {
unset privkey password
} -result [asset-get result/des-key]
test rsa-generate-csr-1.0 {csr} -setup {
set privkey [asset-get test.key.des]
set password "ARoseIsARoseIsARose"
set privkey [::pki::pkcs::parse_key $privkey $password]
} -body {
::pki::pkcs::create_csr $privkey \
[list C US ST Florida L Tampa O Tcllib OU RSA CN TestCert] 1
} -cleanup {
unset privkey password
} -result [asset-get result/des-csr]
test rsa-parse-certv1-1.0 {parse_cert} -setup {
set pubkey [asset-get test-v1.crt]
} -body {
dictsort [::pki::x509::parse_cert $pubkey]
} -cleanup {
unset pubkey
} -result [asset-get result/cert1]
test rsa-parse-certv3-1.0 {parse_cert} -setup {
set pubkey [asset-get test-v3.crt]
} -body {
dictsort [::pki::x509::parse_cert $pubkey]
} -cleanup {
unset pubkey
} -result [asset-get result/cert3]
test rsa-parse-cacert-1.0 {parse_cert} -setup {
set pubkey [asset-get CA.crt]
} -body {
dictsort [::pki::x509::parse_cert $pubkey]
} -cleanup {
unset pubkey
} -result [asset-get result/certCA]
test rsa-generate-cert-1.0 {cert} -setup {
set privkey [asset-get test.key.des]
set cacert [asset-get CA.crt]
set cakey [asset-get CA.key]
set password "ARoseIsARoseIsARose"
set privkey [::pki::pkcs::parse_key $privkey $password]
array set ca_arr [::pki::pkcs::parse_key $cakey $password]
array set ca_arr [::pki::x509::parse_cert $cacert]
set ca [array get ca_arr]
set csr [::pki::pkcs::parse_csr \
[::pki::pkcs::create_csr $privkey \
[list C US ST Florida L Tampa O Tcllib OU RSA CN TestCert]]]
} -body {
::pki::x509::create_cert $csr $ca 20100809075203 1281340325 1596959525 0 "" 1
} -cleanup {
unset privkey cakey cacert ca_arr ca password csr
} -result [asset-get result/cert]
test rsa-generate-cacert-1.0 {cert} -setup {
set privkey [asset-get test.key.des]
set cacert [asset-get CA.crt]
set cakey [asset-get CA.key]
set password "ARoseIsARoseIsARose"
set privkey [::pki::pkcs::parse_key $privkey $password]
array set ca_arr [::pki::pkcs::parse_key $cakey $password]
array set ca_arr [::pki::x509::parse_cert $cacert]
set ca [array get ca_arr]
set csr [::pki::pkcs::parse_csr \
[::pki::pkcs::create_csr $privkey \
[list C US ST Florida L Tampa O Tcllib OU RSA CN TestCert]]]
} -body {
::pki::x509::create_cert $csr $ca 20100809075203 1281340325 1596959525 1 "" 1
} -cleanup {
unset privkey cakey cacert ca_arr ca password csr
} -result [asset-get result/cert-b]
test rsa-verify-certv1-1.0 {verify_cert} -setup {
set pubcert [asset-get test-v1.crt]
set cacert [asset-get CA.crt]
set pubcert [::pki::x509::parse_cert $pubcert]
set cacert [::pki::x509::parse_cert $cacert]
} -body {
::pki::x509::verify_cert $pubcert [list $cacert]
} -cleanup {
unset pubcert cacert
} -result {true}
test rsa-verify-certv3-1.0 {verify_cert} -setup {
set pubcert [asset-get test-v3.crt]
set cacert [asset-get CA.crt]
set pubcert [::pki::x509::parse_cert $pubcert]
set cacert [::pki::x509::parse_cert $cacert]
} -body {
::pki::x509::verify_cert $pubcert [list $cacert]
} -cleanup {
unset pubcert cacert
} -result {true}
test rsa-verify-badcertv1-1.0 {verify_cert} -setup {
set pubcert [asset-get test-v1.crt]
set cacert [asset-get test-v1.crt]
set pubcert [::pki::x509::parse_cert $pubcert]
set cacert [::pki::x509::parse_cert $cacert]
} -body {
::pki::x509::verify_cert $pubcert [list $cacert]
} -cleanup {
unset pubcert cacert
} -result {false}
test rsa-verify-badcertv3-1.0 {verify_cert} -setup {
set pubcert [asset-get test-v3.crt]
set cacert [asset-get test-v3.crt]
set pubcert [::pki::x509::parse_cert $pubcert]
set cacert [::pki::x509::parse_cert $cacert]
} -body {
::pki::x509::verify_cert $pubcert [list $cacert]
} -cleanup {
unset pubcert cacert
} -result {false}
test rsa-verify-badcertv3-2.0 {verify_cert} -setup {
set pubcert [asset-get test-v3.crt]
set cacert [asset-get CA.crt]
set pubcert [::pki::x509::parse_cert $pubcert]
set cacert [::pki::x509::parse_cert $cacert]
# Remove all extensions from CA cert
array set cacert_arr $cacert
set cacert_arr(extensions) ""
set cacert [array get cacert_arr]
} -body {
::pki::x509::verify_cert $pubcert [list $cacert]
} -cleanup {
unset pubcert cacert
} -result {false}
test rsa-crypt-roundtrip-1.0 {encrypt, decrypt} -setup {
set data "This is a test"
set password "ARoseIsARoseIsARose"
set privkey [asset-get test.key.des]
set pubkey [asset-get test-v1.crt]
array set key [::pki::pkcs::parse_key $privkey $password]
array set key [::pki::x509::parse_cert $pubkey]
set keylist [array get key]
unset password privkey pubkey key
} -body {
set ciphertext [::pki::encrypt -binary -pub -- $data $keylist]
set plaintext [::pki::decrypt -binary -priv -- $ciphertext $keylist]
} -cleanup {
unset -nocomplain data ciphertext plaintext
} -result {This is a test}
test rsa-sign-verify-1.0 {sign, verify} -setup {
set data "This is a test"
set password "ARoseIsARoseIsARose"
set privkey [asset-get test.key.des]
set pubkey [asset-get test-v1.crt]
array set key [::pki::pkcs::parse_key $privkey $password]
array set key [::pki::x509::parse_cert $pubkey]
set keylist [array get key]
unset password privkey pubkey key
} -body {
set ciphertext [::pki::encrypt -binary -priv -- $data $keylist]
set plaintext [::pki::decrypt -binary -pub -- $ciphertext $keylist]
} -cleanup {
unset -nocomplain data ciphertext plaintext
} -result {This is a test}
foreach keylen {256 512 1024 2048} {
# Just one key for the whole round and its tests. Its possible to
# generate one for each test, but then we will really spend way to
# much effort on the setup of each test.
set key [::pki::rsa::generate $keylen]
test rsa-crypt-roundtrip-2.0.$keylen "encrypt, decrypt pub/priv for keylen $keylen" -body {
set plain "Pub/priv test"
set cipher [::pki::encrypt -binary -pub -- $plain $key]
set uncipher [::pki::decrypt -binary -priv -- $cipher $key]
string equal $plain $uncipher
} -cleanup {
unset -nocomplain plain cipher uncipher
} -result 1
test rsa-crypt-roundtrip-2.1.$keylen "encrypt, decrypt priv/pub for keylen $keylen" -body {
set plain "Priv/pub test"
set cipher [::pki::encrypt -binary -priv -- $plain $key]
set uncipher [::pki::decrypt -binary -pub -- $cipher $key]
string equal $plain $uncipher
} -cleanup {
unset -nocomplain plain cipher uncipher
} -result 1
if {$keylen >= 512} {
foreach {i hash} {
0 md5
1 sha1
2 sha256
} {
test rsa-sign-verify-2.$i.$keylen "sign, verify $hash for keylen $keylen" -body {
set plain "This message is so long, it will never fit into a key"
set signed [::pki::sign $plain $key $hash]
set verified [::pki::verify $signed $plain $key]
} -cleanup {
unset -nocomplain plain signed verified
} -result true
}
}
unset key
}
# -------------------------------------------------------------------------
testsuiteCleanup
return
# Local variables:
# mode: tcl
# indent-tabs-mode: nil
# End:
|
